骨整合人工关节置换掌指关节。

C G Hagert, P I Brånemark, T Albrektsson, K G Strid, L Irstam
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引用次数: 39

摘要

一种用于重建掌指关节(MCP)的新型假体进行了试验。这种新型的关节成形术包括一个带有两个螺钉状固定装置的关节机构,用于骨锚定。这些商业纯钛制成的固定装置被轻轻拧入患病关节两侧的固定骨中,目的是实现骨整合,即在没有插入软组织层的情况下,种植体和骨之间直接接触。术后用背夹板固定手8-10天,然后开始一个精心控制的活动计划。原则上,钛固定装置、手术技术和初级固定代表了一种类似于以前在各种颌骨重建手术中使用的方法。本文描述了5例因单个MCP关节骨关节病而需要重建的病例。在手术之前,所有患者都患有严重的关节问题,他们已经几个月不能工作了。手术后,他们通过临床评估程序进行评估,并在随访的不同时间拍摄x光片。除了目视检查外,所有x线照片都通过计算机图像分析系统进行密度测量,以便提供骨-种植体界面区域骨密度发展的信息。从功能的角度来看,骨整合假体的治疗是成功的。所有患者都能回到原来的工作,他们的手有一个令人满意的运动范围和握力,在较长的随访时间没有功能受损的迹象。临床问题1例再次手术,1例假体骨折,1例需要更换关节机制。计算机辅助的x光片评估显示,在肉眼无法区分任何骨骼的许多切片中存在钙化组织。综上所述,在复杂病例中,mcp -内假体在人类关节中建立骨整合似乎是可能的,而这些病例被认为是任何其他关节置换术的禁忌。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Metacarpophalangeal joint replacement with osseointegrated endoprostheses.

A new type of endoprosthesis for reconstruction of the metacarpophalangeal (MCP) joint has been tested. The novel arthroplasty consists of a joint mechanism with two screw-shaped fixtures for bone anchorage. These fixtures, of commercially pure titanium, are gently screwed into the anchoring bone on each side of the diseased joint, the aim being to achieve osseointegration, i.e. a direct contact between implant and bone without interposed soft tissue layers. The hand was immobilized in a dorsal splint for 8-10 days post-operatively after which a carefully controlled mobilization program was initiated. In principle, the titanium fixtures, the surgical technique and the primary immobilization represent an approach similar to that previously used in various reconstruction procedures of the jaw. This paper describes 5 case histories of reconstructions required because of osteoarthrosis in a single MCP joint. Prior to the operation, all patients suffered from severe problems resulting from their arthrotic joints and they had not been able to work for several months. After surgery they were evaluated by a clinical assessment program and X-rays were taken at various times of follow-up. As well as visual inspection all radiograms were subjected to densitometry by means of a computer-based image-analysis system in order to provide information on the development of bone density in the bone-to implant interface region. From a functional point of view the treatment with osseointegrated prostheses must be regarded as being successful. All patients were able to go back to their original work and their hands had a satisfactory range of movement and grip strength with no signs of impaired function on longer follow-up time. Clinical problems were one re-operation, one case of implant fracture and one case requiring exchange of the joint mechanism. The computer-assisted evaluation of the radiograms revealed the presence of calcified tissue in many sections where the naked eye was not capable of differentiating any bone. In conclusion, it seems possible to establish osseointegration of MCP-endoprostheses in the arthrotic human joint in complicated cases which were regarded as contraindicated for any other joint arthroplasty.

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